Quantum MWRS-7-108CL Chrome Mobile Bin System Unit with (24) QSB108CL Clear Bins (2) Flat and (5) Slanted Wire Shelves for Industrial Warehouse | 400 lbs Capacity | 36"W x 18"D x 80"H, Carbon Steel

Bin Systems Unit, mobile, 36"W x 18"D x 80"H, includes: (2) flat wire shelves, (5) slanted wire shelves, (4) posts, (24) 17-7/8"W x 8-3/8"D x 4"H clear bins (QSB108CL) & (4) 5" swivel polyurethane casters (2 with brakes), chrome plated finish, NSF, shipped KD

• MOBILITY FEATURES: For enhanced mobility and flexibility in various settings, the unit is outfitted with four 5-inch swivel casters. Two of these casters are equipped with brakes, ensuring stability when the unit is stationary. It is equipped with five durable wire shelves that provide ample storage space.
• MATERIAL AND FINISH: Constructed from high-quality carbon steel, the shelving unit features a resilient chrome-plated finish. This selection of materials not only ensures exceptional durability but also presents a sophisticated, professional appearance that complements various settings.
• APPLICATION VERSATILITY: Designed to excel in industrial, commercial, and institutional settings, this Bin System Unit is tailored to meet the challenges of dynamic storage environments. It provides a seamless combination of accessibility, longevity, and organization, making it suitable for a wide array of uses.
• CUSTOMER SATISFACTION: Rooted in a steadfast commitment to superior quality and functionality, the Bin System Unit with Wire Shelves and Colorful Bins strives to surpass customer expectations. By delivering a sturdy storage solution that integrates practicality, mobility, and aesthetic appeal, it aims to enhance satisfaction and efficiency in diverse applications.
• LOAD CAPACITY: With a robust weight capacity of 400 lbs per shelf, the Quantum Bin System Unit is well-suited for heavy-duty storage requirements in industrial environments. It ensures reliable support for a wide range of inventory, tools, or supplies, making it an ideal choice for maintaining organizational efficiency and durability in demanding settings.